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Influence of the amine structure on the combustion and explosion of vapor–air mixtures
Akinin N., Raikova V., Khvostantseva K.
Fire and Explosion Risks of Glycol-Based Vapor–Air Mixtures
Akinin N., Raikova V., Khvostantseva K.
Optimal Organization of Furnace Systems at Oil Refineries
Naletov V.
Ignition of fuel based on filter cake
Valiullin T., Vershinina K., Lyrshchikov S., Shevyrev S.
Ash residue from droplets of organic coal–water fuels burned at different oxidant temperatures
Lyrshchikov S., Strizhak P., Shevyrev S.
Radioactivity of Coal and Its Combustion Wastes
Pak Y., Pak D., Ponomaryova M., Baizbayev M., Zhelayeva N.
Determining the air excess in the heating of coke furnaces. 3. Calculation of the air excess
Zublev D., Modakalov S., Sizov A., Barsky V., Kravchenko A.
Removal of ammonia from coke-oven gas at PAO Severstal’ by a circulatory phosphate method
Ekgauz V., Pokryshkin K., Tretiakova G., Dementieva N., Stepina L., Putilov A., Motovilova N., Ryazanov O., Kalinin A., Blokhin M., Grakhovskiy A., Sorokina I.
Optimal Oven Heating of Coke Cake. 2. Selection of the Inert Gas
Zublev D., Barsky V., Kravchenko A.
Influence of weathering on the composition and properties of coal
Semenova S., Patrakov Y.
Study on NOx Emission Reduction in Coke Combustion and Sintering Process
Song Han , Lin Dong , Zhiping Lei , Aiming Ke , Con Shi , Jing Chong Yan , Zhanku Li , Shigang Kang , Hengfu Shui , Zhicai Wang , Shibiao Ren , Chunxiu Pan
Monitoring the Heat of Combustion of Solid Fuel by Neutron–Gamma Spectrometry
Pak Y., Nuguzhinov Z., Pak D., Balbekova B., Kenetaeva A.
Benefits of Slurry Fuels Based on Industrial Wastes
Kuznetsov G., Nyashina G., Valiullin T., Martova S.
Determining the air excess in the heating of coke furnaces. 2. Sampling and analysis
Zublev D., Barsky V.
Comprehensive Evaluation of the Combustion Kinetic Characteristics of Owukpa Coal
Bemgba B. Nyakuma , Olagoke Oladokun , Segun A. Akinyemi , Edo O. Ojoko , Gowon A. Jacob , Tuan Amran T. Abdullah , Habib Alkali , Ali H. Al-Shatri
Gas combustion in the heating channel of a coke oven
Sidorov O., Aristova N.
Optimal oven heating of coke cake: A review
Zublev D., Barsky V., Kravchenko A.
Optimal Oven Heating of Coke Cake 3. Theory of Pulsating Combustion
Zublev D., Barsky V., Kravchenko A.
Operation of the extreme heating channels in coke batteries
Zublev D., Barsky V., Kravchenko A.
Monitoring of emissions from coke-battery heaters
Fidchunov A.
Combustion of Coal Flotation Wastes and Woodworking Wastes in Blends and Suspensions
Medvedev V., Romanov D., Vershinina K., Dorokhov V.
Emissions in the combustion of coal and coal-processing wastes
Nyashina G., Shlegel N., Strizhak P.
Determining the air excess in the heating of coke furnaces. 1. Adequacy of the chemical analysis
Zublev D., Barsky V., Kravchenko A.
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